非自适应低旁瓣阵列天线与自适应相控阵天线的比较

U. Nickel
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引用次数: 0

摘要

讨论了在密集干扰环境下,具有多元件的有源二维电子扫描地基雷达应选择何种概念进行干扰抑制的问题。将非自适应低旁瓣天线与自适应天线进行了比较。虽然两种天线对旁瓣干扰具有相同的性能,但低旁瓣天线容易受到主波束干扰。对于多个干扰器,这可以防止雷达与ls天线一起工作,而自适应天线能够穿透干扰器之间。文中还提到了自适应信道的产生、信道精度和地面反射等实际问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of a non-adaptive low-sidelobe array antenna with an adaptive phased array antenna
The question of what concept should be chosen for the case of an active, two-dimensional electronically scanning ground-based radar with many elements for jammer suppression in a dense jamming environment is discussed. The nonadaptive low sidelobe antenna is compared with the adaptive antenna. Although both antennas have the same performance for sidelobe jammers, the low-sidelobe (LS) antenna is vulnerable to main beam jamming. For multiple jammers this prevents radar operation with the LS-antenna, whereas the adaptive antenna is able to look through between the jammers. Practical aspects such as the generation of adaptive channels, channel accuracy, and ground reflections are mentioned.<>
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